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Hush Panel 17

Verified by manufacturer 3 days ago

Hush Acoustics

Sound insulating floating flooring panel designed to provide acoustic insulation in separating timber or concrete floors.

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+44 (0)114 551 8683 Website

Application

Suitable for use over existing concrete or timber floors in residential buildings as well as commercial and public buildings.

Description

Hush Panel 17 Is a floating flooring panel for use over concrete or existing timber floors (the FFL is 17 mm over an existing floor base).


It comprises of tongued and grooved moisture resistant MDF panels which are laid in a conventional broken bond pattern. All tongued and grooved joints are glued using Hush Bond adhesive and the floor is kept clear of the walls using Hush Seal 20.

General information

Color

Beige

Grey

Green

Finish

Unfinished

Material

Medium density fibreboard (MDF)

Felt

Shape

Rectangle

Length

1200 mm

Width

600 mm

Height

17 mm

Uniclass

Pr_25_71_97_60 ParticleboardsPrimary

CAWS

K11/275 Acoustic separating floor system

K11/295 Floating floor system

Product range

Floating Flooring

Specification data - Particleboards

Board type

Moisture resistant MDF panels.

Grade

MR (moisture-resistant).

Thickness

9 mm.

Guidance for specification option:

The FFL is 17 mm over an existing floor base.

Finish as delivered

-

Applied finish

-

Face veneer

Finish to underside: 10 mm thick, factory bonded acoustic felt.

Edges

Tongued and grooved.

Board size (l x w)

1200 x 600 mm.

Panel joints

Glued using HUSH-Bond adhesive.

Joint sealant

HUSH-Seal 20.

Sustainability data

Country of product manufacture

United Kingdom

Material

Medium density fibreboard (MDF)

Felt

Literature

Hush Panel 17 Floating Flooring

Hush Panel 17 Floating Flooring

Case studies

Acoustic design for apartment conversion in Victorian house, Levenshulme

Acoustic design for apartment conversion in Victorian house, Levenshulme

Acoustic solution to mezzanine floor impact noise at Aviation Academy

Acoustic solution to mezzanine floor impact noise at Aviation Academy